Growing Cannabis

Next-Level Gas Solutions for the Cannabis Industry

If you’re in the cannabis industry and trying to take advantage of the increasing demand for marijuana, you can keep your processes running smoothly with essential gases supplied through Oxygen Service Company.

Streamline Your Operations With Gases Optimized for the Cannabis Industry

Cannabis is the fastest growing industry in the United States. With the increased public acceptance of CBD-based products and advances in legislation, the demand for cannabis plants will continue to skyrocket.

OSC is here to provide gas solutions for the commercial cultivation of marijuana and industrial hemp. From stimulating plant growth in greenhouses to cannabis extraction, we’ll ensure your business maintains a steady gas supply.

The Cannabis Growth Process

As with any plant cultivation, growing cannabis requires adequate grow space, nutrition, and a sufficient light source. However, marijuana plants need special attention to achieve the highest-quality yields. The simplest changes can affect the plant’s growth rate and overall health, from the cannabis seed and water quality to proper ventilation and pruning.

Gases That Facilitate Cannabis Growth

To meet these standards, several essential gases are vital to growing a healthy plant.

Carbon Dioxide

Carbon dioxide (CO2) is a colorless gas that is a key player in photosynthesis and essential for the growth and development of all plant life. In the cannabis industry, CO2 is typically used to enrich and stimulate plant growth via cylinders of liquefied compressed gas. The former is ideal for grow rooms and small greenhouse operations, while the latter is common for larger greenhouses.

One of the most common greenhouse gases, CO2 is easier to obtain and handle. Plus, it typically has no contaminants. Carbon dioxide is commonly supplied to cannabis plants earlier in the morning during cooler temperatures and stopped once ventilation occurs.

Is your organization growing marijuana in the Upper Midwest?

Before searching “CO2 Gas Supplier Near Me,” give us a call. We’ll supply all the natural gases you need.

Cannabis Extraction

Long after the greenhouse growth stage, many gases are still used in a complex, multi-step process known as cannabis extraction. In this practice, the raw materials and oils in the cannabis plant are targeted and removed so the most potent compounds (THC, CBD, terpenes, etc.) can be utilized.

  • N-Butane

    Butane (C4H10) is a colorless, flammable gas that’s one of the most popular kinds of hydrocarbon solvent used for extraction. Commonly used to create butane hash oil with highly-potent THC levels, butane is pressurized, turned into a liquid, then washed over the cannabis to collect the desired compounds. Due to its non-polar qualities, it doesn’t extract undesired elements like chlorophyll or plant alkaloids, which makes it one of the strongest and cleanest extraction methods.

  • Ethanol

    During the cannabis extraction process, ethanol (C2H6O) is often mixed with the cannabis plant to remove cannabinoids and terpenes like THC. It’s a polar solvent, so when washed with chemicals, it can easily dissolve undesirable elements. Since it’s safe for human consumption, ethanol is a safer extraction method than some others.

  • Propane

    Not only is propane gas a preferred choice for growing marijuana, but it’s an excellent tool for extraction, as well. Like butane, propane is a hydrocarbon pressurized to become liquid and passed through the cannabis.
    Propane has a lower boiling point than butane, making it easier to separate from the final product. It also strips more terpenes from the starting material, which is one of the reasons why both propane and butane are often combined. Since propane runs at higher pressures, it’s easier to strip larger plant molecules and deliver less residue.

  • Supercritical CO2

    When heated at or above critical temperature and pressure, carbon dioxide becomes supercritical CO2. Similar to hydrocarbons like butane and propane, supercritical CO2 strips the plant of the essential ingredients and kills mold and bacteria.

    Because this gas is non-flammable, it’s a safer option than butane and propane, but it requires lots of precision and expensive machinery. However, this type of machinery is more efficient at extracting more cannabinoids, terpenes, and other desired materials.

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